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Horizontal circular motionEdexcel International A Level Further Maths: Mind map

Basics
Conical pendulum
Elastic string

Horizontal circles

resultant towards the centre

v=rωv=r\omegamv2r\frac{mv^2}{r}mrω2mr\omega^2
Banked surface
Other contexts
Exam tips

Exam questions on Horizontal circular motion

  1. A particle of mass 0.50.5 kg is attached to one end of a light inextensible string of length 22 m. The other end of the string is fixed to a point OO on a smooth horizontal table. The particle moves on the table in a circle with centre OO, at a constant speed of 44 m s−1^{-1}.
    The speed of the particle is increased until the tension in the string is three times its original value. Find the new speed.2 marks
  2. A particle of mass 0.40.4 kg is attached to one end of a light inextensible string of length 2.452.45 m. The other end of the string is fixed. The particle moves in a horizontal circle with constant angular speed, with the string inclined at an angle θ\theta to the vertical, where cos⁡θ=0.8\cos\theta=0.8. Take g=9.8g=9.8 m s−2^{-2}.
    Find the angular speed of the particle.2 marks
  3. A car of mass 800800 kg is modelled as a particle moving in a horizontal circle of radius 6060 m on a road banked at an angle α\alpha to the horizontal, where tan⁡α=14\tan\alpha=\frac14. Take g=9.8g=9.8 m s−2^{-2}.
    Find the speed at which the car can travel round the bend with no tendency to slip sideways.3 marks
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Written by the Exaim team, led by Shaun Daswani (Head of Upper Secondary, Improve ME Institute; MSc Financial Mathematics, Imperial College London; BSc, UCL) and Jason Daswani (operational lead, Improve ME Institute; LSE).